Abstract:
Electronic characteristics of a short-range impurity center in a monolayer of transition metal dichalcogenides (TMDC) are theoretically investigated. The bound states energy, electron scattering cross-section and photoionization probability are found. The valley selectivity coefficient for the impurity-to-band transitions is calculated.
Keywords:transition metal dichalcogenides, short-range impurity, transport cross-section, photoionization.